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Warranty
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Product Description
Designed for varied industrial environments the Danaher P6170 thermal controller functions as an advanced versatile system for accurate temperature control functions. The Thermal Controllers series includes this product which delivers strong capabilities suitable for different industrial requirements. The P6170 enables complete PID control operation to deliver stable and precise temperature control. The device offers users three tuning modes including pre-tune and self-tune and manual for achieving optimal controller performance based on their particular needs.
The P6170 model stands out because it accepts different input types for its operation. Users benefit from the P6170 controller because it accepts different inputs that range from thermocouples to RTDs (Resistance Temperature Detectors) and DC linear signals which enable its use in diverse temperature monitoring configurations. Thanks to its wide range of input capabilities the P6170 enables usage across different temperature control requirements from basic to complex operations. The P6170 functions in hard environmental situations thanks to its design which supports temperatures between 0°C to 55°C alongside a maximum humidity tolerance of 95% non-condensing. The device operates perfectly in areas with changing temperature and humidity conditions because of its designed specifications.
The P6170 provides RS485 Modbus communication capabilities which enable users to link it with other systems for automated data exchange purposes. The device proves beneficial for industrial automation operations that demand centralized management capabilities. The P6170's simple setup process coupled with an interface that is simple to use along with a compact build design enables quick installation and enables operators to learn and operate the system easily. The Danaher P6170 thermal controller delivers dependable operational performance for heating systems and industrial processes and HVAC units to maintain smooth functioning of temperature-sensitive systems.
